😂 😂

😁

I would think it possible the FAA had a word in it at the time. It wasn't until December of 2020 the FAA started allowing flights over people/densely populated areas. Until then, in a situation like in the video, they would have had to fly below "head level" except in sparsely populated areas. Even so, the need for a rapidly responding anti collision system in a world where we can now fly high over large gatherings of people is even more important considering the airspace itself will become congested and drones running into each other wouldn't be conducive to the safety of those below. And what if Bigfoot isn't fast enough to swat it out of the air.............

It is intended for manufacturers. Sorry.

@@insightnessag2211 thank you for the reply! I hope this all goes well for you looks promising

The underlying control policy (rule based) was relatively simple but it can definitely be extended into more advanced systems. The demo shown in this video served as proof of concept for the underlying algorithms and the use of our sensor technology in the field of drones.

Nice, the response seemed really quick. Did you guys solve in relative frame? And did you guys look for any other non cooperative solutions?geometrical,MIP etc.

I have the exact same question.

Hi, thank you for your question. We primarily sell to companies but we can also sell to academic labs. Please use our contact form on the homepage (www.insightness.com/#contact) to explain your use case and to get a further information on the evaluation kit and pricing.